Evaluation Structure Flashcards
7 cards from real CSWP practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 7 Evaluation Structure flashcards as text
When performing interference detection on an assembly, which result indicates a valid press-fit condition?
Answer: Interference is listed but marked as non-interfering
SolidWorks allows you to mark specific interferences as non-interfering to represent intended press-fit or shrink-fit conditions.
In SolidWorks, which tool would you use to measure the minimum distance between two non-touching components in an assembly?
Answer: Measure tool
The Measure tool can report the minimum distance, maximum distance, and center-to-center distance between selected entities.
What does the 'Treat coincident surfaces as interferences' option do in Interference Detection?
Answer: Flags shared faces between adjacent parts as interference
Enabling this option causes SolidWorks to report coincident (touching) surfaces as interferences, useful for identifying improper contact conditions.
Which Mass Properties value would change if you alter the material density of a part in an assembly without changing its geometry?
Answer: Mass
Mass = Density × Volume; changing density directly changes mass while volume and surface area remain geometry-dependent.
When evaluating a CSWP part model, the moment of inertia is reported relative to which default coordinate system?
Answer: The output coordinate system
SolidWorks reports moments of inertia relative to the output coordinate system, which defaults to the part origin unless overridden.
What is the purpose of the 'Show volumes' option in Interference Detection?
Answer: Displays the geometric volume of each interfering region
The Show Volumes option visually highlights the volumetric overlap regions between interfering components in the graphics area.
During CSWP structural evaluation, if you apply a fixed constraint and a force load in SolidWorks Simulation, what does the factor of safety (FOS) represent?
Answer: The ratio of material yield strength to maximum von Mises stress
FOS = Yield Strength / Maximum von Mises Stress; values above 1 indicate the part will not yield under the applied load.